n-Octylferrocene
CAS號:51889-44-2
CAS RN: 51899-44-2
分子式：C18H26Fe
Molecular formula: C18H26Fe
Total Fe content,(potassium dichromate method),%(m/m)總Fe含量，（重鉻酸鉀法），％（m / m）
Acid value,%(in acetic acid)酸值 在乙酸中
Water content, %(m/m) 含水量
Application: n-Octylferrocene has been used as a modifier of increasing burning rate in composite solid propellants. It could control not only the curing reaction rate but the burning rate when applied to the burning rate catalyst in HTPB composite solid propellants. It can improve the processing performance and mechanical properties of slurry, and has a good storage performance. It can also be used as oil-saving and smoke-eliminating agent for fuel oils, combustion supporting catalyst for gas, ultraviolet absorbent and photocatalyst etc.
用途：正辛二茂鐵已被用作提高復(fù)合固體推進(jìn)劑燃速的改性劑.它不僅可以控制HTPB復(fù)合固體推進(jìn)劑的固化反應(yīng)速率，而且可以控制燃速催化劑的燃速。它可以改善漿料的加工性能和力學(xué)性能，并具有良好的貯存性能。還可用作燃料油的節(jié)油消煙劑、燃?xì)庵即呋瘎?、紫外線吸收劑、光催化劑等。
Safety notes：Octylferrocene will be oxidized slowly when it's exposed to air, polymerized in high temperature, and burned if contacting with strong oxidizers.
安全注意事項(xiàng)：辛二茂鐵暴露于空氣中會被緩慢氧化，在高溫下聚合，接觸強(qiáng)氧化劑時(shí)會燃燒。
Storage: Stored in a cool, ventilated place. Avoid heat and exposure. The shelf life is 12 months after manufacturer date. It is still available if retest result is qualified after expire date.
儲存：存放在陰涼通風(fēng)的地方。避免熱量和暴露。保質(zhì)期為生產(chǎn)日期后12個(gè)月。如果復(fù)測結(jié)果在過期日期后合格，則仍然可用。
Transportation: Keep upright when transported. Avoid violent collision and exposure. Do not transport with strong oxidizers.
運(yùn)輸：運(yùn)輸時(shí)保持直立。避免暴力碰撞和暴露。不要用強(qiáng)氧化劑運(yùn)輸。
Packing: Two plastic casks in a wooden case. Net Weight: 10 kg/cask; 20 kg/case.
包裝：兩個(gè)塑料桶裝在一個(gè)木箱里。凈重：10公斤/桶；20公斤/箱。
關(guān)鍵字： 51889-44-2；液態(tài)二茂鐵；正辛基二茂鐵
Henan Nayu New Material Co., Ltd. is a professional machinery manufacturer in the water well screens and steel casing pipe for borehole well drilling. At the same time, we are engaged in the research, development, production and sales of metal hydride and hydrogen-based energy materials such as α-aluminum hydride.